1. |
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Electromagnetic Model
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Introduce electromagnetic model as well as the basic quantities and constants in Electromagnetics. |
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2. |
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Vector Algebra
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Explain vector algebra such as vector addition, subtraction, and multiplication. |
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3. |
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Orthogonal Coordinate Systems
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Introduce orthogonal coordinate
systems such as Cartesian, cylindrical, and spherical coordinate
systems. |
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4. |
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Vector Differential Calculus 1
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Introduce the gradient and the
divergence. |
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5. |
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Vector Differential Calculus 2
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Define the curl as another type of the vector differentiation and introduce Stokes' theorem as well as Helmholtz's theorem. |
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6. |
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Static Electric Fields 1
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Introduce the fundamental postulates of Electrostatics and show how to derive Coulomb's law and Gauss' law
from them. |
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7. |
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Static Electric Fields 2
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Define electric potential and also
describe the states of material media in static electric fields. |
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8. |
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Static Electric Fields 3
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Define electric flux density, dielectric constant, and boundary conditions for static electric fields. |
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9. |
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Static Electric Fields 4
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Define capacitance, capacitor,
electrostatic energy, and electrostatic
forces. Also solve some
boundary-value problems in
Electrostatics. |
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10. |
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Steady Electric Currents
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phnomena of steady electric currents:Ohm's law, Continuity Eq., Kirchhoff's Law, Governing equations of steady electric currents as a differential and
a integral form, and resistance. |
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11. |
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Static Magnetic Field 1
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Introduce the fundamental postulates of Magnetostatics, Define vector magnetic potential, and explain the
Biot-Savart Law with examples. |
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12. |
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Static Magnetic Field 2
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Define some important concepts in Magnetostatics such as magnetic diploe, magnetization, magnetic field intensities, and magnetic permeability |
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13. |
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Static Magnetic Field 3
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Describe the behavior of magnetic
materials and boundary conditions in Magnetostatics. Also define
inductance and inductor. |
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14. |
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Static Magnetic Field 4
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Define magnetic energy, forces, and torques. |
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